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13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion. 27 a. 23AI + [oh'] → Na + He b. 1331 → je + [Xe] 53 54 C. d. [ Zr + e. [4t|e2] 220 [ Rngd ng → He + 2160 84 in + Mo 144 235U + In » [ C ] +39Rb + 2 n 55

13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion. 27 a. 23AI + [oh'] → Na + He b. 1331 → je + [Xe] 53 54 C. d. [ Zr + e. [4t|e2] 220 [ Rngd ng → He + 2160 84 in + Mo 144 235U + In » [ C ] +39Rb + 2 n 55

Chemistry
Chemistry
10th Edition
ISBN:9781305957404
Author:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Publisher:Steven S. Zumdahl, Susan A. Zumdahl, Donald J. DeCoste
Chapter1: Chemical Foundations
Section: Chapter Questions
Problem 1RQ: Define and explain the differences between the following terms. a. law and theory b. theory and...
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13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion. a. xe b. 1331 → je + [Xe] 53 j. 27 13AI + [h] - Na + He 11 C. 40 d. 96 26Zr + 220 e. { Rngb g. 14Si [બન્નધ્] →>> 144 92 235U + In → [ C ] + 39Rb + 2 n 55 f. 280 → [B]+ 20F 54 He + 216Po 84¹ tie + h. 2H+ [₁] i. Be + n 99m Tc → [³+₁ ] - 99 In +22Mo 42 26 Al ->> He + n 10 ->> [ Be] Те or + [99m Te 43 8
Transcribed Image Text:13. Complete the following nuclear equations by filling in the missing atomic symbols then classify the nuclear reactions as decay (alpha, beta, positron or gamma), bombardment, fission, or fusion. a. xe b. 1331 → je + [Xe] 53 j. 27 13AI + [h] - Na + He 11 C. 40 d. 96 26Zr + 220 e. { Rngb g. 14Si [બન્નધ્] →>> 144 92 235U + In → [ C ] + 39Rb + 2 n 55 f. 280 → [B]+ 20F 54 He + 216Po 84¹ tie + h. 2H+ [₁] i. Be + n 99m Tc → [³+₁ ] - 99 In +22Mo 42 26 Al ->> He + n 10 ->> [ Be] Те or + [99m Te 43 8
Expert Solution
Step 1: Nuclear fission and fusion reactions

Nuclear fission is defined as the process in which the nucleus of an atom splits into two daughter nuclei.

In Nuclear Fusion reaction two light nuclei merge to form a single heavier nucleus.  

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